Scientists have shown that Neandertal brains are about the same size as ours.
科学家们发现尼安德特人与我们现代人大脑的尺寸差不了多少。
New, still unpublished work reveals that the Neandertal Y chromosome differs from the human one.
尚未发表的新近研究显示，尼安·德塔人的Y染色体与人类不同。
To probe this cognitive conundrum, researchers took CT scans of 11 Neandertal brains, including one newborn.
为了证明这个在认知方面的问题，研究者对11个尼安德特人进行了CT扫描，这11个人里头包括一名新生儿。
That same year, the first complete mitochondrial genome of a Neandertal was published; five others soon followed.
同一年，公开发表了首个完整的穴居人线粒体基因组；随后发表了另外五个。
CT scans reveal that the brains of Neandertal babies had the same elongated shape as those of modern human babies.
CT扫描显示，尼安德特(古人类)婴儿的大脑是修长形状的，这和现代人类婴儿的大脑没什么两样。
In contrast, the human and neandertal samples had significantly higher dental FA levels than any of the great ape samples.
而与之相反的是，智人与尼安德特人样本的牙齿FA水平要显著高于其它任何一种巨猿样本的FA水平。
The researchers used radiocarbon dating on22 pieces of microscopic charcoal found among Neandertal tools in fire pits in Gorham Cave.
研究者们使用放射性碳方法为在山洞中发现的22片木炭确定年代。
The finger was neither Neandertal nor human; it apparently belonged to a new species that lived in Central Asia just 40, 000 years ago.
这个手指既不是穴居人的，也不是现代人类的；它貌似属于一个新的人种——4万年前居住在中亚。
Recent DNA studies have indicated that the neandertal was an entirely different species and did not merge into the H. sapiens sapiens gene pool.
最近的基因研究已经表明，穴居人是一个完全不同的物种，并没有合并到智人智人基因库。
To probe this cognitive conundrum, researchers took CT scans of 11 Neandertal brains, including one newborn. And they compared these images to those of modern humans.
为了破解这一谜题，研究人员对包括一名新生儿在内的11名尼安德特人的大脑进行了CT扫描，并将影像图与现代人类的进行了对比。
If all species have been discovered and the lineage of man lies within them, the most probable lineage would include all but the robust Australopithecines and the neandertal.
如果所有的物种被发现，该名男子，他们是家族内，最可能的宗族将包括所有，但强大的南方古猿和穴居人。
New methods of sequencing degraded fragments of DNA allowed scientists to make the first direct comparisons between the modern human genome and that of our Neandertal ancestors.
对DNA降解片段进行测序的新方法使得科学家们能够第一次对现代人基因组与我们的尼安德特人祖先的基因组进行直接的比较。
New methods of sequencing degraded fragments of DNA allowed scientists to make the first direct comparisons between the modern human genome and that of our Neandertal ancestors.
对DNA降解片段进行测序的新方法使得科学家们能够第一次对现代人基因组与我们的尼安德特人祖先的基因组进行直接的比较。
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